April 18, 2016 Agenda Science Court Sound Sound Quiz

Slides:



Advertisements
Similar presentations
The Electromagnetic Spectrum
Advertisements

Physical Science Take 10 Week #8 SPS 9- waves.
WAVES A wave is a rhythmic disturbance that TRANSFERS ENERGY.
Waves: Light.
Waves and Light. A wave is a pattern that moves. A wave is a pattern that moves. As the pattern moves, the medium may “jiggle”, but on average it stays.
The Energy of Waves Light and Sound. The Nature of Waves Wave: a periodic disturbance in a solid, liquid, or gas as energy is transmitted through a medium.
March 25, 2015 “Wavestown” sheet Label the 7 types of EM waves
The Electromagnetic Spectrum The electromagnetic spectrum includes a wide range of light waves, some that we can't see. Some of the non-visible types of.
State Assessment Review Physical Science S.HS.2B.3.2.
Understanding the Spectrum, Reflection, & Refraction Ms. Majewski.
Chapter 23 Physical Science
Waves S8P4: Students will explore the wave nature of sound and electromagnetic radiation.
K-12 Science, CCSD, 2006 Light Photos, sounds, and clipart were inserted from Microsoft’s Office products unless noted.
Light Interactions.
Energy Unit Week 34 Directions 1.Prepare your desk for science. Science notebook Sound homework 2.Use voice level 2 (conversation) to share one answer.
Light and Color Speed, Wavelength, Color And Human Perception.
15.2  Electromagnetic waves need no medium, are produced by moving electrons in a field.  Can be reflected, refracted, diffracted, produce standing.
The Electro-Magnetic Spectrum. Light Properties  Have properties of waves… Crests & troughsCrests & troughs Reflect & refract (bend)Reflect & refract.
Brain pop.
LET’S PLAY JEOPARDY!! Category 1Category 2Category 3Category 4Category 5 Q $100 Q $200 Q $300 Q $400 Q $500 Q $100 Q $200 Q $300 Q $400 Q $500 Final.
Start Misc. 1.
2 pt 3 pt 4 pt 5pt 1 pt 2 pt 3 pt 4 pt 5 pt 1 pt 2pt 3 pt 4pt 5 pt 1pt 2pt 3 pt 4 pt 5 pt 1 pt 2 pt 3 pt 4pt 5 pt 1 pt Waves 1 Waves 2SoundLightMisc.
Wave Properties. S8P4. Students will explore the wave nature of sound and electromagnetic radiation. d. Describe how the behavior of waves is affected.
The Electromagnetic Spectrum. Characteristics of EM Waves All travel at the speed of light, 300,000 km/s – This is possible because EM waves have different.
Effects of Electromagnetic Waves Light: Temperature, Scattering & Absorption.
WHAT IS LIGHT?. LIGHT Source of useable power = ENGERY – Other forms of energy include HEAT and SOUND Travels in waves and travels very fast!
LIGHT AND COLOR!. Light travels VERY FAST – around 300,000 kilometers per second. At this speed it can go around the world 8 times in one second.
Mrs. V Science Red Orange Yellow Green Blue Indigo Violet.
Do Now Question: Why/how do you think we see colors? CRO Format 5/11.
Electromagnetic Spectrum. What is a wave? A disturbance involving the transfer of energy from place to place.
Properties of Light Waves, particles and EM spectrum Interaction with matter Absorption Reflection, refraction and scattering Diffraction and polarization.
What is Electromagnetic Energy?
April 26, 2017 Sit with your class (3rd period first two rows, 4th period second two rows, and 5th period third two rows) Start the packet (first 3 pages.
Unit # 4 CDA Review Light and Sound.
Light and Waves Review.
Waves Friday, January 8, 2010.
Electromagnetic Radiation
Waves S8P4 Overview.
Ch. 14: Energy.
Waves of the Electromagnetic Spectrum
Lessons 5 & 6 Notes.
Name Tu, Period #5 1. What models explain how electromagnetic waves behave? 2. Explain the wave model for electromagnetic waves.
Light Interactions.
Electromagnetic Waves
MYP Physics Color and Light Practice Quiz
What is the nature of light?
Light.
Light & the Electromagnetic Spectrum Notes
Key Ideas I will be able to describe the relationship between the frequency and wavelength of a wave. I will understand why waves travel at different speeds.
Light Interactions The law of reflection states that the angle of incidence is equal to the angle of reflection. Things that are luminous can be seen because.
6th Grade – Sound and Light (Mod. J) – Unit 3 Lessons 1 & 2
Jeopardy!.
Light Ch 27.1 – 27.3 & 28.1 – 28.2 & 28.8 – 28.9.
·Are repeating disturbances or vibrations that transfers or moves energy from place to place. Waves:
The Electromagnetic Spectrum
The Four Forces of Nature
The Electromagnetic Spectrum
15.9 WAVES - Review.
What is the nature of light?
Bellwork: On your own, fill in as many parts of the spectrum as you can! Visible light radio microwave infrared ultraviolet X-ray gamma.
e–’s absorb (+) energy, move to outer levels
Waves 1 Waves 2 Sound Light Misc 1 pt 1 pt 1 pt 1pt 1 pt 2 pt 2 pt 2pt
Waves Light Electromagnetic Radiation Earth Day Science Free for all
Bellwork: On your own, fill in as many parts of the spectrum as you can! Visible light radio microwave infrared ultraviolet X-ray gamma.
Light Light is a form of energy Energy has the ability to do work
Energy that can travel directly through space in the form of waves.
Review of waves.
Light Light is a form of energy
RED STATION - Waves 1. How is light transmitted through matter that is translucent? Transparent? Opaque? Light goes through transparent materials, the.
Electromagnetic Radiation and Light
Presentation transcript:

April 18, 2016 Agenda Science Court Sound Sound Quiz Brain Pop Anticipation Guide Light Box Demonstration GPB Notes Misc Videos

Science Court Sound Link

Sound Quiz Sit every other seat Make sure you have a different color quiz than your immediate neighbor Write on the quiz! I will collect when you are done Start the Brain Pop anticipation guides when through

BrainPop BrainPop Light BrainPop The Electromagnetic Spectrum

10 minute break Stretch Restroom Check out activities: wave modeling springs, eardrum models, sound tubes, palm pipes

Light Box Activity Put on the glasses What do you observe?

Predict & Observe White light Red light Black light What do you think you will see when you look at different colors of light? White light Red light Black light

Diffraction

Laser vs Regular

Explain Relate the amount of energy to wavelength. How did the temperature of the bulb affect the spectra that were observed? Relate the amount of energy to wavelength.

Refraction Animation

BrainPop Refraction and Diffraction Color

Spectra

Predict & Observe Do you think you will see emission or absorption spectra? What do you think a spectra of a compound will look like?

Explain Why did you see emission spectra? Why did the spectra of water look like it did?

Spectra II High Resolution Solar Spectra

The Sun In other wavelengths…

How animals see in different wavelengths Link

Question 1 A wave has a low speed, but a high frequency. What can be inferred about its wavelength? A. The distance a wave will vibrate from its resting point. B. The wavelength will be very long C. It depends on how fast the speed is D. The wavelength will be short

Answer 1 A wave has a low speed, but a high frequency. What can be inferred about its wavelength? A. The distance a wave will vibrate from its resting point. B. The wavelength will be very long C. It depends on how fast the speed is D. The wavelength will be short

Question 2 How is amplitude related to energy? A. The larger the amplitude, the more energy a wave carries B. The larger the amplitude, the less energy a wave carries C. The shorter the amplitude, the more energy a wave carries D. Amplitude is not related to energy

Answer 2 How is amplitude related to energy? A. The larger the amplitude, the more energy a wave carries B. The larger the amplitude, the less energy a wave carries C. The shorter the amplitude, the more energy a wave carries D. Amplitude is not related to energy

Question 3 What is the distance between two adjacent wave compressions? A. 1 m/s B. 1 wavelength C. 1 Hz D. 1 amplitude

Answer 3 What is the distance between two adjacent wave compressions? A. 1 m/s B. 1 wavelength C. 1 Hz D. 1 amplitude

Question 4 Ultraviolet light has a higher frequency than infrared light has. Which statement about visible light is true? A. Blue light has a longer wavelength than orange light has. B. Green light has a higher frequency than violet light has. C. Yellow light has a shorter wavelength than blue light has. D. Red light has a lower frequency than green light has.

Answer 4 Ultraviolet light has a higher frequency than infrared light has. Which statement about visible light is true? A. Blue light has a longer wavelength than orange light has. B. Green light has a higher frequency than violet light has. C. Yellow light has a shorter wavelength than blue light has. D. Red light has a lower frequency than green light has.

Question 5 Which light interaction explains why you can see things that do not produce their own light? A. absorption B. reflection C. refraction D. scattering

Answer 5 Which light interaction explains why you can see things that do not produce their own light? A. absorption B. reflection C. refraction D. scattering

10 minute break Stretch Restroom Check out activities: wave modeling springs, eardrum models, sound tubes, palm pipes

Notes GPB Physics – The Electromagnetic Spectrum

Misc Videos https://www.good.is/articles/super-fast-camera-works-at-light-speed http://www.sciencedump.com/content/what-light-0 https://www.youtube.com/watch?v=W-P9xCkeWZk

How Animals See the World https://www.youtube.com/watch?v=6hYaT4gvjNc